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首页> 美国卫生研究院文献>Frontiers in Bioengineering and Biotechnology >Mobile Game-Based Training for Myoelectric Prosthesis Control
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Mobile Game-Based Training for Myoelectric Prosthesis Control

机译：基于移动的基于游戏的肌电假体控制培训

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摘要

Myoelectric prostheses provide upper limb amputees with hand and arm movement control using muscle activity of the residual limb, but require intensive training to effectively operate. The result is that many amputees abandon their prosthesis before mastering control of their device. In the present study, we examine a novel, mobile, game-based approach to myoelectric prosthesis training. Using the non-dominant limb in a group of able-bodied participants to model amputee pre-prosthetic training, a significant improvement in factors underlying successful myoelectric prosthesis use, including muscle control, sequencing, and isolation were observed. Participants also reported high levels of usability, and motivation with the game-based approach to training. Given fiscal or geographic constraints that limit pre-prosthetic amputee care, mobile myosite training, as described in the current study, has the potential to improve rehabilitation success rates by providing myosite training outside of the clinical environment. Future research should include longitudinal studies in amputee populations to evaluate the impact of pre-prosthetic training methods on prosthesis acceptance, wear time, abandonment, functional outcomes, quality of life, and return to work.
机译：肌电假体通过残肢的肌肉活动为上肢截肢者提供手和手臂的运动控制，但需要进行大量训练才能有效地进行操作。结果是许多截肢者在掌握设备控制权之前就放弃了假肢。在本研究中，我们研究了一种新颖的，基于移动的，基于游戏的肌电假体训练方法。使用一组身体强健的参与者中的非优势肢来模拟截肢者进行假肢前训练，可以观察到成功使用肌电假体的因素（包括肌肉控制，测序和隔离）显着改善。参与者还报告了高水平的可用性和基于游戏的培训方法的动力。考虑到财政或地理上的限制，限制了假肢截肢者的护理，如本研究中所述，移动式肌原位训练有可能通过在临床环境之外提供肌原位训练来提高康复成功率。未来的研究应包括在截肢者人群中进行纵向研究，以评估假肢培训方法对假肢接受度，佩戴时间，遗弃，功能结局，生活质量和重返工作的影响。

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